Asteroids Approaches Archive

5761

2003 SR₈₄

25.86

09/27/2003 04:48:00 AM

Earth

0.007092

1 061 015

0.90

5762

2012 VD₅

26.37

07/29/1993 03:36:00 AM

Mars

0.007096

1 061 565

0.78

5763

2008 UB₉₅

24.79

10/14/1839 08:24:00 PM

Moon

0.007097

1 061 701

1.24

5764

2007 HW₄

23.73

11/04/1972 04:48:00 AM

Mars

0.007098

1 061 919

1.71

5765

2017 UL₆

32.03

10/29/2148 07:12:00 AM

Earth

0.007101

1 062 367

0.14

5766

2017 OL₁₉

23.65

07/10/1900 08:24:00 AM

Moon

0.007102

1 062 489

1.75

5767

2011 CA₇

30.32

08/17/2205 10:48:00 PM

Earth

0.007102

1 062 492

0.24

5768

2017 ST₁₀

28.41

09/24/2017 07:12:00 AM

Earth

0.007103

1 062 602

0.42

5769

2007 TL₁₆

26.21

10/04/1834 03:36:00 AM

Earth

0.007104

1 062 695

0.81

5770

2003 LN₆

24.46

05/02/1911 10:48:00 PM

Earth

0.007106

1 063 102

1.37

5771

2017 UF₅₂

21.15

09/25/1936 01:12:00 PM

Mars

0.007107

1 063 191

3.71

5772

2009 WV₂₅

24.02

04/18/2053 03:36:00 AM

Moon

0.007108

1 063 308

1.57

5773

2000 AG₆

25.34

01/06/1804 02:24:00 AM

Moon

0.007108

1 063 406

1.05

5774

2011 CF₂₂

31.34

02/04/1832 10:48:00 PM

Earth

0.007109

1 063 445

0.17

5775

2003 HF₂ (215588)

19.42

03/25/1875 01:12:00 PM

Earth

0.007109

1 063 500

6.22

5776

2017 BG₃₀

29.39

02/05/2017 12:00:00 AM

Moon

0.007109

1 063 555

0.31

5777

2008 WC

26.46

12/01/2070 09:36:00 AM

Earth

0.007110

1 063 597

0.75

5778

2011 FS₉

23.68

02/26/2048 03:36:00 AM

Earth

0.007110

1 063 648

1.73

5779

2015 YC₁

26.04

12/21/2105 03:36:00 PM

Moon

0.007110

1 063 665

0.85

5780

2004 RX₁₀₉ (503966)

18.34

09/02/2191 04:48:00 PM

Mercury

0.007112

1 063 960

8.60

1 ... 219 ... 267 ... 280 ... 284 285 286 287 288 289 290 291 292 293 ... 295 ... 299 ... 313 ... 365 ... 605

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The table contains the archive of approaches of asteroids with major planets and the Moon at a distance less than 0.01 astronomical units and with the Sun at a distance less than 0.1 astronomical units, defined by calculations with use of equations of motion, considering gravitational, non-gravitational forces, relativistic effects, effects of planets nonsphericity. This method was used in calculations with use of input data from 12/13/2017 and more earlier.

Object
Period